Avago Technologies announced that Yaskawa Electric Corporation has selected two of its latest R2Coupler™ isolation products for use in the futuristic Mazda Premacy hydrogen/gas powered hybrid vehicle. Yaskawa, which makes the electronic motor inverter system for the Premacy, is using Avago’s ACPL-782T automotive grade isolation amplifier and ACPL-312T gate drive optocoupler in its electronic motors.

Avago Technologies a leading supplier of analog interface components for communications, industrial and consumer applications, today announced a new series of 5mm green and blue high brightness, high performance Through-hole LEDs for use in Electronic Sign and Signal applications. Avago’s competitively priced HLMP-Cxxx Through-hole round LED lamp series provide high reliability performance and high luminous intensity in electronic signs to hel...

Avago Technologies a leading supplier of analog interface components for communications, industrial and consumer applications, today announced a new series of 5mm green and blue high brightness, high performance Through-hole LEDs for use in Electronic Sign and Signal applications. Avago’s competitively priced HLMP-Cxxx Through-hole round LED lamp series provide high reliability performance and high luminous intensity in electronic signs to hel...

Avago Technologies announced it has developed the industry’s first compact high-brightness water-resistant tricolor surface mount light-emitting diodes (LEDs) for use in indoor and outdoor full color signs and displays. Avago’s ASMT-QTCO Plastic Leaded Chip Carrier (PLCC)-6 Blackbody and ASMT-YTBO industry standard PLCC- 4 LEDs have been enhanced to make them water-resistant. As a result, a protection cover is not needed saving money for in...

Avago Technologies announced it has developed the industry’s first compact high-brightness water-resistant tricolor surface mount light-emitting diodes (LEDs) for use in indoor and outdoor full color signs and displays. Avago’s ASMT-QTCO Plastic Leaded Chip Carrier (PLCC)-6 Blackbody and ASMT-YTBO industry standard PLCC- 4 LEDs have been enhanced to make them water-resistant. As a result, a protection cover is not needed saving money for in...

Avago Technologies announced a new compact integrated incremental magnetic encoder for speed detection, knob control, and rotary encoder applications. Avago’s competitively priced AEAT-601B encoder, which is designed in a protective plastic housing for durability and high temperature performance, is easy to install and provides a resolution of 256 cycles per revolutions (CPR).

Avago Technologies a leading supplier of analog interface components for communications, industrial and consumer applications, today announced the industry’s most energy efficient 1MBd digital optocoupler. Avago’s compact low power ACPL-M50L single channel optocoupler, which operates on approximately 80 percent less drive current than today’s standard 1MBd digital optocouplers, targets designers of communication interfaces, micr...

Avago Technologies announced two new miniature voltage/current threshold detection optocouplers for use in a wide range of industrial control applications. The ACPL-K370/K376 optocouplers are designed to detect AC/DC sources and convert the voltage to a logic interface across an optical coupling barrier to provide safe isolation in electronically noisy environments found in industrial applications. These voltage/current sensing optocouplers are i...

Avago Technologies today announced that Yaskawa Electric Corporation has selected two of its latest R2Coupler isolation products for use in the futuristic Mazda Premacy hydrogen/gas powered hybrid vehicle. Yaskawa, which makes the electronic motor inverter system for the Premacy, is using Avago’s ACPL-782T automotive grade isolation amplifier and ACPL-312T gate drive optocoupler in its electronic motors.

Avago Technologies today announced a new miniature optical finger navigation input system for use in a variety of mobile and consumer electronic devices. Avago’s OFN solution is user-friendly and targets designers of electronic devices such as mobile phones, MP3 Players, Ultra-Miniature PCs, Game Pads, Digital Cameras and keyboards.

Avago Technologies today announced the latest edition to its family of low noise amplifiers with a new high-gain LNA with variable current and shutdown functions for use in GPS, unlicensed Industrial, Scientific, and Medical (ISM) bands, and WiMax applications. Avago's compact MGA-231T6 offers a very low noise figure combined with high linearity to help significantly improve the sensitivity of GPS receivers. This LNA targets designers of mobile h...

Avago Technologies today announced the addition of three new innovative flat gain, high linearity low noise, gain blocks that can be used as a broadband gain block or radio frequency (RF) driver amplifier MMIC. Housed in an industry standard SOT-89 package measuring 4.5mm by 4.1mm by 1.5 mm, Avago’s MGA-30x89 series now covers frequency bands from 40 to 6000MHz and only requires a simple DC biasing match. Moreover, no additional RF matching...

Avago Technologies has introduced an ultra broadband travelling wave amplifier (TWA) for high-speed digital communications applications that operate in the 30KHz to 80GHz frequency band. Avago's AMMC-5025 amplifier provides 8 dB of small signal gain and excellent gain flatness of ±0.7 dB along with better than 10 dB input and output return loss to provide superior performance which is ideal for use in Test and Measurement equipment, Radar ...

Avago Technologies today announced an innovative ultra-thin, high brightness, light guide film technology for backlighting mobile applications such as cell phones, handheld games and GPS applications. The new light guide technology from Avago helps designers reduce the number of LEDs needed to illuminate backlit keypad applications without compromising brightness and light uniformity.

Avago Technologies today announced an innovative ultra-thin, high brightness, light guide film technology for backlighting mobile applications such as cell phones, handheld games and GPS applications. The new light guide technology from Avago helps designers reduce the number of LEDs needed to illuminate backlit keypad applications without compromising brightness and light uniformity.

Avago Technologies today announced two new miniature voltage/current threshold detection optocouplers for use in a wide range of industrial control applications. The ACPL-K370/K376 optocouplers are designed to detect AC/DC sources and convert the voltage to a logic interface across an optical coupling barrier to provide safe isolation in electronically noisy environments found in industrial applications. These voltage/current sensing optocouplers...

Avago Technologies claims the industry’s most energy efficient 1MBd digital optocoupler. Avago’s compact low power ACPL-M50L single channel optocoupler, which operates on approximately 80 percent less drive current than today’s standard 1MBd digital optocouplers, targets designers of communication interfaces, microcontroller system interfaces, switching power supplies, and digital isolation for A/D, D/A conversion applications.

Avago Technologies will showcase its leading QSFP+ active optical cable (AOC) and transceiver solutions for short range Infiniband and Ethernet applications this week at Supercomputing 09. Avago’s AFBR-79Q4xACyyZ is a high performance integrated cable for short-range multi-lane data communication and interconnect applications. It integrates four data lanes in each direction with 40Gbps aggregate bandwidth into a single module. Each lane can...

Avago Technologies has introduced the industry’s first highly integrated miniature GPS front-end modules that combine a film bulk acoustic resonator (FBAR) filter with a high-gain, low noise amplifier (LNA) that offers superior performance levels. Avago’s ALM-1912 integrates a LNA and a high-rejection pre-filter in a miniature compact package to provide a complete and compact high-performance GPS radio frequency (RF) front-end module ...

Avago Technologies today announced that it provided critical IP to Juniper Networks to enable the development of the company’s high-performance silicon devices. These new Juniper designs are part of the Junos Trio chipset that enables the delivery of Juniper’s MX-3D platforms.